... and nights [ 47 ]. Energy requirements for this stage are estimated at 168.3 Wh of electricity per ton of hydrolysate [ 48 , 49 ]. These steps outline the comprehensive approach taken in this research to evaluate and potentially optimize the environmental performance of biofuel from OF-MSW plans [ 48 , 50...

... information please contact [email protected]. Abstract Although fossil fuels are widely used to meet energy needs, intensive research has been carried out in recent years on hydrogen production from renewable sources due to their decrease over time and environmental pollution concerns. Biofuel...

... cerevisiae is widely used as a cell factory for production of biofuels and biochemicals. Yeast cells are subjected to various adverse conditions during industrial applications, and improving tolerance of the yeast cells to multiple environmental stresses could lead to improved bioproduction (Deparis et al...

... al., 2014 , 2021 ). A few studies have applied general equilibrium models to examine the land use effects of cellulosic biofuels assuming that they are produced by a single feedstock to meet given targets for biofuels. Taheripour and Tyner (2013) analyse the ILUC effect of producing a fixed...

...Andrew Barkley; Paul Aseete; Gabriel Sampson Biofuel plant impacts could be confounded by feedstock prices and production levels which are driven by macroeconomic conditions. Therefore, models were specified to include the potential impact of biofuel feedstock prices on the local agricultural...

.../ ), which permits unrestricted reuse, distribution, and reproduction in any medium, provided the original work is properly cited. Abstract Diesel engines that predominantly run on fossil-based diesel fuel emit harmful emissions. Biofuels such as biogas and biodiesel are potential alternatives. However...

... as petrodiesel and biofuels (summarized in Table 1 ). In particular, human alveolar epithelial (A549) cells have been used in several studies to assess the generation of DNA strand breaks by EOM from air pollution particles, diesel exhaust particles (DEP), and biofuels [ 9–12 , 18 , 22 , 25 , 27 , 32 , 34 , 35...

... alkanes ranging from C5–17. These alkanes can be used as biofuels, suggesting that introducing a suitable alcohol dehydrogenase is an effective strategy to utilize fatty alcohols for alkane production. New Energy and Industrial Technology Development Organization 10.13039/501100003051 Graphical Abstract...

.... 2013 ). Despite intensive research on cyanobacterial biofuel production, individual enzymes involved in the FASII pathway have been poorly studied. Nevertheless, cyanobacterial fab genes encoding the FASII pathway are highly conserved, and show homology to those of E. coli (Kawahara...

... This article is published and distributed under the terms of the Oxford University Press, Standard Journals Publication Model ( https://dbpia.nl.go.kr/pages/standard-publication-reuse-rights ) Abstract The oxidative conversion of NADH to NAD⁺ is a key process for enzymatic biofuel cells to obtain...

.... There is a growing interest in the thermal pyrolysis of plastic waste to convert it into alternative fuel for diesel engines. But no focus has been placed on a comparative study between WPO and biofuels to include combustion efficiency and emission characteristics. Hence, this study is considered one of the first...

... Biofuel References Δack-adhE2 Immobilization of C. tyrobutyricum Δack-adhE2 strain in bed bioreactor for n-butanol synthesis Cassava bagasse 0.3  15.0 1-butanol (Huang et al. 2019 ) Δack-adhE2 Immobilization of C. tyrobutyricum Δack...

... and unfolded protein response. Interplay with global regulators controlling pH response and nitrogen utilization is also revised. cellulolytic lignocellulose carbon catabolite repression cellulosome regulation biofuel consolidated bioprocessing Significance and impact of the study This work will inspire...

...-09–0001 W911NF-19-D-0001 Synthetic microbial consortia are promising potential avenues for bio-based chemical production, including the production of biofuels from waste materials. The co-cultivation of microbes with complementary metabolic functions also eliminates the need for genetic...

... material used for sustainable biofuel production. Several studies have investigated the response to particular hydrolysate toxins, including phenolic compounds (Fletcher and Baetz 2020 ), ionic liquids (Kumari et al. 2020 ), or various other classes of compounds (Jönsson...

... strategy in the production of high quality, green and sustainable biofuel. From previous studies, the feedstock selected, must have high energy content, readily obtainable in large amount of quantities and be flexible to the conversion processes, cultivation requires low energy input, high yields, low...

... biomass into biofuels and biochemicals via microbial fermentation has received considerable attention in the quest for finding renewable energies and materials. Most approaches have so far relied on cultivating a single microbial strain, tailored for a specific purpose. However, this contrasts...

... restrictions, resistance, and consumer pushback, it is vital to expand the integrated pest management (IPM) chemical toolkit for stored products. The production of biomass derived insecticides (e.g., bio-oil fraction) from byproducts of biofuel production may be a promising alternative source of chemistries...

... at temperatures ranging from 251°C to 390°C. The high contents of carbon (40.7%) and hydrogen (6.50%), as well as slight traces of sulphur (0.08%) and nitrogen (0.85%), in bio-oil (Saccharum barberi sp.) indicate that it is conceivable to be partially used for replacement in biofuel production. Overall...

.../future applications of redox enzyme-based bioelectrocatalysis as a coupled one of redox enzyme and electrode reactions bioelectrocatalysis hydride ion transfer steady-state catalytic current biosensors biofuel cells Correspondence: Kenji Kano, [email protected] Present address: Office...